lead automation

❖ Complex mechanism design (high-speed servo pick and place systems, robotics).
❖ Knowledge of asynchronous & synchronous transport systems.
❖ Proficient with life science design requirements, including material selection, tolerance stack- up, and component selection based on functional design needs and requirements.
❖ Strong communication-able to effectively communicate project status, issues, risks, scope management items and forecasts
❖ Confident performing engineering calculations to analyze equipment parameters pertaining to force, movement, energy, and timings.
❖ Develop and execute complex mechanical designs for life science assembly or high-speed packaging systems.
❖ Design and integrate high-speed servo pick and place systems and robotics.
❖ Have exposure to North American Standards.
❖ Execute and lead designs of complex automated & precision mechanical systems meeting performance requirements and customer expectations.
❖ Able to provide proven be-spoke design solutions for custom build automated machines that have no previous or standard solutions existing.
❖ Sound experience in designing of mechanical systems such as pneumatics, mechanical drive systems, kinematic principles and or mechanisms, sensors, motors, servo applications considering efficiency and design for cost and manufacturability.
❖ Should have worked in an industry automation environment in collaboration with process, electrical engineering & control system engineering teams integrating the machines in an automation system. VISA: Candidates holding valid visas for the location (USA, UK, and Canada) It’s highly recommended. Or the candidate should be open for Onsite opportunities across US/UK/Canada Must have skillset: 

1. Minimum 10 years’ experience in mechanical design
2. Strong Concept design capability-Ideally in life science assembly or high-speed packaging background
3. Complex mechanism design (High speed servo pick and place systems, robotics)
4. Knowledge of asynchronous & synchronous transport systems
5. Proficient with life science design requirements, material selection, tolerance stack up, and component selection based on functional design needs and requirements. 
6. Strong communication-able to effectively communicate project status, issues, risks, scope management items and forecasts
7. Confident performing engineering calculations to analyse equipment parameters pertaining to force, movement, energy, and timings
8. Industry: Automation machineries in Food industry, packaging and life sciences verticals
9. Key Skills: Assembly automation and integrated systems, Robotic systems, custom Machine design & manufacturing
10. Software: SolidWorks, Inventor, PDM

 

experience

15